honeymoose/OpenSearch
1
0
Fork 0
mirror of https://github.com/honeymoose/OpenSearch.git synced 2025-02-14 00:45:30 +00:00
Code Issues Packages Projects Releases Wiki Activity

Rename Painless node SSource to SClass (#46984)

Browse Source 
Mechanical renaming of SSource node to SClass to better align with the names of what other nodes generate.
This commit is contained in:
Jack Conradson 2019-09-24 07:33:55 -07:00
parent 9135e2f9e3
commit a1af2fe96a
6 changed files with 143 additions and 143 deletions
Show Stats Download Patch File Download Diff File Expand all files Collapse all files

8
modules/lang-painless/src/main/java/org/elasticsearch/painless/Compiler.java
View File

@ -22,7 +22,7 @@ package org.elasticsearch.painless;
import org.elasticsearch.bootstrap.BootstrapInfo;
import org.elasticsearch.painless.antlr.Walker;
import org.elasticsearch.painless.lookup.PainlessLookup;
import org.elasticsearch.painless.node.SSource;
import org.elasticsearch.painless.node.SClass;
import org.elasticsearch.painless.spi.Whitelist;
import org.objectweb.asm.util.Printer;
@ -45,7 +45,7 @@ import static org.elasticsearch.painless.WriterConstants.CLASS_NAME;
/**
* The Compiler is the entry point for generating a Painless script. The compiler will receive a Painless
* tree based on the type of input passed in (currently only ANTLR). Two passes will then be run over the tree,
* one for analysis and another to generate the actual byte code using ASM using the root of the tree {@link SSource}.
* one for analysis and another to generate the actual byte code using ASM using the root of the tree {@link SClass}.
*/
final class Compiler {
@ -209,7 +209,7 @@ final class Compiler {
*/
Constructor<?> compile(Loader loader, Set<String> extractedVariables, String name, String source, CompilerSettings settings) {
ScriptClassInfo scriptClassInfo = new ScriptClassInfo(painlessLookup, scriptClass);
SSource root = Walker.buildPainlessTree(scriptClassInfo, name, source, settings, painlessLookup, null);
SClass root = Walker.buildPainlessTree(scriptClassInfo, name, source, settings, painlessLookup, null);
root.extractVariables(extractedVariables);
root.storeSettings(settings);
root.analyze(painlessLookup);
@ -240,7 +240,7 @@ final class Compiler {
*/
byte[] compile(String name, String source, CompilerSettings settings, Printer debugStream) {
ScriptClassInfo scriptClassInfo = new ScriptClassInfo(painlessLookup, scriptClass);
SSource root = Walker.buildPainlessTree(scriptClassInfo, name, source, settings, painlessLookup,
SClass root = Walker.buildPainlessTree(scriptClassInfo, name, source, settings, painlessLookup,
debugStream);
root.extractVariables(new HashSet<>());
root.storeSettings(settings);

10
modules/lang-painless/src/main/java/org/elasticsearch/painless/antlr/Walker.java
View File

@ -152,7 +152,7 @@ import org.elasticsearch.painless.node.SFunction;
import org.elasticsearch.painless.node.SIf;
import org.elasticsearch.painless.node.SIfElse;
import org.elasticsearch.painless.node.SReturn;
import org.elasticsearch.painless.node.SSource;
import org.elasticsearch.painless.node.SClass;
import org.elasticsearch.painless.node.SThrow;
import org.elasticsearch.painless.node.STry;
import org.elasticsearch.painless.node.SWhile;
@ -166,14 +166,14 @@ import java.util.List;
*/
public final class Walker extends PainlessParserBaseVisitor<ANode> {
public static SSource buildPainlessTree(ScriptClassInfo mainMethod, String sourceName,
public static SClass buildPainlessTree(ScriptClassInfo mainMethod, String sourceName,
String sourceText, CompilerSettings settings, PainlessLookup painlessLookup,
Printer debugStream) {
return new Walker(mainMethod, sourceName, sourceText, settings, painlessLookup, debugStream).source;
}
private final ScriptClassInfo scriptClassInfo;
private final SSource source;
private final SClass source;
private final CompilerSettings settings;
private final Printer debugStream;
private final String sourceName;
@ -188,7 +188,7 @@ public final class Walker extends PainlessParserBaseVisitor<ANode> {
this.sourceName = Location.computeSourceName(sourceName);
this.sourceText = sourceText;
this.painlessLookup = painlessLookup;
this.source = (SSource)visit(buildAntlrTree(sourceText));
this.source = (SClass)visit(buildAntlrTree(sourceText));
}
private SourceContext buildAntlrTree(String source) {
@ -245,7 +245,7 @@ public final class Walker extends PainlessParserBaseVisitor<ANode> {
statements.add((AStatement)visit(statement));
}
return new SSource(scriptClassInfo, sourceName, sourceText, debugStream, location(ctx), functions, statements);
return new SClass(scriptClassInfo, sourceName, sourceText, debugStream, location(ctx), functions, statements);
}
@Override

2
modules/lang-painless/src/main/java/org/elasticsearch/painless/node/AStatement.java
View File

@ -29,7 +29,7 @@ import org.objectweb.asm.Label;
public abstract class AStatement extends ANode {
/**
* Set to true when the final statement in an {@link SSource} is reached.
* Set to true when the final statement in an {@link SClass} is reached.
* Used to determine whether or not an auto-return is necessary.
*/
boolean lastSource = false;

4
modules/lang-painless/src/main/java/org/elasticsearch/painless/node/SSource.java → modules/lang-painless/src/main/java/org/elasticsearch/painless/node/SClass.java
View File

@ -78,7 +78,7 @@ import static org.elasticsearch.painless.WriterConstants.STRING_TYPE;
/**
* The root of all Painless trees. Contains a series of statements.
*/
public final class SSource extends AStatement {
public final class SClass extends AStatement {
private final ScriptClassInfo scriptClassInfo;
private final String name;
@ -94,7 +94,7 @@ public final class SSource extends AStatement {
private final List<org.objectweb.asm.commons.Method> getMethods;
private byte[] bytes;
public SSource(ScriptClassInfo scriptClassInfo, String name, String sourceText, Printer debugStream,
public SClass(ScriptClassInfo scriptClassInfo, String name, String sourceText, Printer debugStream,
Location location, List<SFunction> functions, List<AStatement> statements) {
super(location);
this.scriptClassInfo = Objects.requireNonNull(scriptClassInfo);

4
modules/lang-painless/src/main/java/org/elasticsearch/painless/node/package-info.java
View File

@ -88,7 +88,7 @@
* {@link org.elasticsearch.painless.node.SIf} - Represents an if block.
* {@link org.elasticsearch.painless.node.SIfElse} - Represents an if/else block.
* {@link org.elasticsearch.painless.node.SReturn} - Represents a return statement.
* {@link org.elasticsearch.painless.node.SSource} - The root of all Painless trees. Contains a series of statements.
* {@link org.elasticsearch.painless.node.SClass} - The root of all Painless trees. Contains a series of statements.
* {@link org.elasticsearch.painless.node.SSubEachArray} - Represents a for-each loop for arrays.
* {@link org.elasticsearch.painless.node.SSubEachIterable} - Represents a for-each loop for iterables.
* {@link org.elasticsearch.painless.node.SThrow} - Represents a throw statement.
@ -98,7 +98,7 @@
* Note that internal nodes are generated during the analysis phase by modifying the tree on-the-fly
* for clarity of development and convenience during the writing phase.
* <p>
* All Painless trees must start with an SSource node at the root. Each node has a constructor that requires
* All Painless trees must start with an SClass node at the root. Each node has a constructor that requires
* all of its values and children be passed in at the time of instantiation. This means that Painless trees
* are build bottom-up; however, this helps enforce tree structure correctness and fits naturally with a
* standard recursive-descent parser.

258
modules/lang-painless/src/test/java/org/elasticsearch/painless/node/NodeToStringTests.java
View File

@ -53,7 +53,7 @@ public class NodeToStringTests extends ESTestCase {
public void testEAssignment() {
assertToString(
"(SSource\n"
"(SClass\n"
+ " (SDeclBlock (SDeclaration def i))\n"
+ " (SExpression (EAssignment (EVariable i) = (ENumeric 2)))\n"
+ " (SReturn (EVariable i)))",
@ -62,7 +62,7 @@ public class NodeToStringTests extends ESTestCase {
+ "return i");
for (String operator : new String[] {"+", "-", "*", "/", "%", "&", "^", "|", "<<", ">>", ">>>"}) {
assertToString(
"(SSource\n"
"(SClass\n"
+ " (SDeclBlock (SDeclaration def i (ENumeric 1)))\n"
+ " (SExpression (EAssignment (EVariable i) " + operator + "= (ENumeric 2)))\n"
+ " (SReturn (EVariable i)))",
@ -72,31 +72,31 @@ public class NodeToStringTests extends ESTestCase {
}
// Compound
assertToString(
"(SSource\n"
"(SClass\n"
+ " (SDeclBlock (SDeclaration def i))\n"
+ " (SReturn (EAssignment (EVariable i) = (ENumeric 2))))",
"def i;\n"
+ "return i = 2");
assertToString(
"(SSource\n"
"(SClass\n"
+ " (SDeclBlock (SDeclaration def i))\n"
+ " (SReturn (EAssignment (EVariable i) ++ post)))",
"def i;\n"
+ "return i++");
assertToString(
"(SSource\n"
"(SClass\n"
+ " (SDeclBlock (SDeclaration def i))\n"
+ " (SReturn (EAssignment (EVariable i) ++ pre)))",
"def i;\n"
+ "return ++i");
assertToString(
"(SSource\n"
"(SClass\n"
+ " (SDeclBlock (SDeclaration def i))\n"
+ " (SReturn (EAssignment (EVariable i) -- post)))",
"def i;\n"
+ "return i--");
assertToString(
"(SSource\n"
"(SClass\n"
+ " (SDeclBlock (SDeclaration def i))\n"
+ " (SReturn (EAssignment (EVariable i) -- pre)))",
"def i;\n"
@ -104,34 +104,34 @@ public class NodeToStringTests extends ESTestCase {
}
public void testEBinary() {
assertToString( "(SSource (SReturn (EBinary (ENumeric 1) * (ENumeric 1))))", "return 1 * 1");
assertToString( "(SSource (SReturn (EBinary (ENumeric 1) / (ENumeric 1))))", "return 1 / 1");
assertToString( "(SSource (SReturn (EBinary (ENumeric 1) % (ENumeric 1))))", "return 1 % 1");
assertToString( "(SSource (SReturn (EBinary (ENumeric 1) + (ENumeric 1))))", "return 1 + 1");
assertToString( "(SSource (SReturn (EBinary (ENumeric 1) - (ENumeric 1))))", "return 1 - 1");
assertToString( "(SSource (SReturn (EBinary (EString 'asb') =~ (ERegex /cat/))))", "return 'asb' =~ /cat/");
assertToString("(SSource (SReturn (EBinary (EString 'asb') ==~ (ERegex /cat/))))", "return 'asb' ==~ /cat/");
assertToString( "(SSource (SReturn (EBinary (ENumeric 1) << (ENumeric 1))))", "return 1 << 1");
assertToString( "(SSource (SReturn (EBinary (ENumeric 1) >> (ENumeric 1))))", "return 1 >> 1");
assertToString( "(SSource (SReturn (EBinary (ENumeric 1) >>> (ENumeric 1))))", "return 1 >>> 1");
assertToString( "(SSource (SReturn (EBinary (ENumeric 1) & (ENumeric 1))))", "return 1 & 1");
assertToString( "(SSource (SReturn (EBinary (ENumeric 1) ^ (ENumeric 1))))", "return 1 ^ 1");
assertToString( "(SSource (SReturn (EBinary (ENumeric 1) | (ENumeric 1))))", "return 1 | 1");
assertToString( "(SClass (SReturn (EBinary (ENumeric 1) * (ENumeric 1))))", "return 1 * 1");
assertToString( "(SClass (SReturn (EBinary (ENumeric 1) / (ENumeric 1))))", "return 1 / 1");
assertToString( "(SClass (SReturn (EBinary (ENumeric 1) % (ENumeric 1))))", "return 1 % 1");
assertToString( "(SClass (SReturn (EBinary (ENumeric 1) + (ENumeric 1))))", "return 1 + 1");
assertToString( "(SClass (SReturn (EBinary (ENumeric 1) - (ENumeric 1))))", "return 1 - 1");
assertToString( "(SClass (SReturn (EBinary (EString 'asb') =~ (ERegex /cat/))))", "return 'asb' =~ /cat/");
assertToString("(SClass (SReturn (EBinary (EString 'asb') ==~ (ERegex /cat/))))", "return 'asb' ==~ /cat/");
assertToString( "(SClass (SReturn (EBinary (ENumeric 1) << (ENumeric 1))))", "return 1 << 1");
assertToString( "(SClass (SReturn (EBinary (ENumeric 1) >> (ENumeric 1))))", "return 1 >> 1");
assertToString( "(SClass (SReturn (EBinary (ENumeric 1) >>> (ENumeric 1))))", "return 1 >>> 1");
assertToString( "(SClass (SReturn (EBinary (ENumeric 1) & (ENumeric 1))))", "return 1 & 1");
assertToString( "(SClass (SReturn (EBinary (ENumeric 1) ^ (ENumeric 1))))", "return 1 ^ 1");
assertToString( "(SClass (SReturn (EBinary (ENumeric 1) | (ENumeric 1))))", "return 1 | 1");
}
public void testEBool() {
assertToString("(SSource (SReturn (EBool (EBoolean true) && (EBoolean false))))", "return true && false");
assertToString("(SSource (SReturn (EBool (EBoolean true) || (EBoolean false))))", "return true || false");
assertToString("(SClass (SReturn (EBool (EBoolean true) && (EBoolean false))))", "return true && false");
assertToString("(SClass (SReturn (EBool (EBoolean true) || (EBoolean false))))", "return true || false");
}
public void testEBoolean() {
assertToString("(SSource (SReturn (EBoolean true)))", "return true");
assertToString("(SSource (SReturn (EBoolean false)))", "return false");
assertToString("(SClass (SReturn (EBoolean true)))", "return true");
assertToString("(SClass (SReturn (EBoolean false)))", "return false");
}
public void testECallLocal() {
assertToString(
"(SSource\n"
"(SClass\n"
+ " (SFunction def a\n"
+ " (SReturn (EBoolean true)))\n"
+ " (SReturn (ECallLocal a)))",
@ -140,7 +140,7 @@ public class NodeToStringTests extends ESTestCase {
+ "}\n"
+ "return a()");
assertToString(
"(SSource\n"
"(SClass\n"
+ " (SFunction def a (Args (Pair int i) (Pair int j))\n"
+ " (SReturn (EBoolean true)))\n"
+ " (SReturn (ECallLocal a (Args (ENumeric 1) (ENumeric 2)))))",
@ -152,7 +152,7 @@ public class NodeToStringTests extends ESTestCase {
public void testECapturingFunctionRef() {
assertToString(
"(SSource\n"
"(SClass\n"
+ " (SDeclBlock (SDeclaration Integer x (PCallInvoke (EStatic Integer) valueOf (Args (ENumeric 5)))))\n"
+ " (SReturn (PCallInvoke (PCallInvoke (EStatic Optional) empty) orElseGet (Args (ECapturingFunctionRef x toString)))))",
"Integer x = Integer.valueOf(5);\n"
@ -173,18 +173,18 @@ public class NodeToStringTests extends ESTestCase {
}
public void testEComp() {
assertToString( "(SSource (SReturn (EComp (PField (EVariable params) a) < (ENumeric 10))))", "return params.a < 10");
assertToString( "(SSource (SReturn (EComp (PField (EVariable params) a) <= (ENumeric 10))))", "return params.a <= 10");
assertToString( "(SSource (SReturn (EComp (PField (EVariable params) a) > (ENumeric 10))))", "return params.a > 10");
assertToString( "(SSource (SReturn (EComp (PField (EVariable params) a) >= (ENumeric 10))))", "return params.a >= 10");
assertToString( "(SSource (SReturn (EComp (PField (EVariable params) a) == (ENumeric 10))))", "return params.a == 10");
assertToString("(SSource (SReturn (EComp (PField (EVariable params) a) === (ENumeric 10))))", "return params.a === 10");
assertToString( "(SSource (SReturn (EComp (PField (EVariable params) a) != (ENumeric 10))))", "return params.a != 10");
assertToString("(SSource (SReturn (EComp (PField (EVariable params) a) !== (ENumeric 10))))", "return params.a !== 10");
assertToString( "(SClass (SReturn (EComp (PField (EVariable params) a) < (ENumeric 10))))", "return params.a < 10");
assertToString( "(SClass (SReturn (EComp (PField (EVariable params) a) <= (ENumeric 10))))", "return params.a <= 10");
assertToString( "(SClass (SReturn (EComp (PField (EVariable params) a) > (ENumeric 10))))", "return params.a > 10");
assertToString( "(SClass (SReturn (EComp (PField (EVariable params) a) >= (ENumeric 10))))", "return params.a >= 10");
assertToString( "(SClass (SReturn (EComp (PField (EVariable params) a) == (ENumeric 10))))", "return params.a == 10");
assertToString("(SClass (SReturn (EComp (PField (EVariable params) a) === (ENumeric 10))))", "return params.a === 10");
assertToString( "(SClass (SReturn (EComp (PField (EVariable params) a) != (ENumeric 10))))", "return params.a != 10");
assertToString("(SClass (SReturn (EComp (PField (EVariable params) a) !== (ENumeric 10))))", "return params.a !== 10");
}
public void testEConditional() {
assertToString("(SSource (SReturn (EConditional (PField (EVariable params) a) (ENumeric 1) (ENumeric 6))))",
assertToString("(SClass (SReturn (EConditional (PField (EVariable params) a) (ENumeric 1) (ENumeric 6))))",
"return params.a ? 1 : 6");
}
@ -196,68 +196,68 @@ public class NodeToStringTests extends ESTestCase {
}
public void testEDecimal() {
assertToString("(SSource (SReturn (EDecimal 1.0)))", "return 1.0");
assertToString("(SSource (SReturn (EDecimal 14.121d)))", "return 14.121d");
assertToString("(SSource (SReturn (EDecimal 2234.1f)))", "return 2234.1f");
assertToString("(SSource (SReturn (EDecimal 14.121D)))", "return 14.121D");
assertToString("(SSource (SReturn (EDecimal 1234.1F)))", "return 1234.1F");
assertToString("(SClass (SReturn (EDecimal 1.0)))", "return 1.0");
assertToString("(SClass (SReturn (EDecimal 14.121d)))", "return 14.121d");
assertToString("(SClass (SReturn (EDecimal 2234.1f)))", "return 2234.1f");
assertToString("(SClass (SReturn (EDecimal 14.121D)))", "return 14.121D");
assertToString("(SClass (SReturn (EDecimal 1234.1F)))", "return 1234.1F");
}
public void testEElvis() {
assertToString("(SSource (SReturn (EElvis (PField (EVariable params) a) (ENumeric 1))))", "return params.a ?: 1");
assertToString("(SClass (SReturn (EElvis (PField (EVariable params) a) (ENumeric 1))))", "return params.a ?: 1");
}
public void testEExplicit() {
assertToString("(SSource (SReturn (EExplicit byte (PField (EVariable params) a))))", "return (byte)(params.a)");
assertToString("(SClass (SReturn (EExplicit byte (PField (EVariable params) a))))", "return (byte)(params.a)");
}
public void testEFunctionRef() {
assertToString(
"(SSource (SReturn "
"(SClass (SReturn "
+ "(PCallInvoke (PCallInvoke (EStatic Optional) empty) orElseGet (Args (EFunctionRef Optional empty)))))",
"return Optional.empty().orElseGet(Optional::empty)");
}
public void testEInstanceOf() {
assertToString("(SSource (SReturn (EInstanceof (ENewObj Object) Object)))", "return new Object() instanceof Object");
assertToString("(SSource (SReturn (EInstanceof (ENumeric 12) double)))", "return 12 instanceof double");
assertToString("(SClass (SReturn (EInstanceof (ENewObj Object) Object)))", "return new Object() instanceof Object");
assertToString("(SClass (SReturn (EInstanceof (ENumeric 12) double)))", "return 12 instanceof double");
}
public void testELambda() {
assertToString(
"(SSource (SReturn (PCallInvoke (PCallInvoke (EStatic Optional) empty) orElseGet (Args "
"(SClass (SReturn (PCallInvoke (PCallInvoke (EStatic Optional) empty) orElseGet (Args "
+ "(ELambda (SReturn (ENumeric 1)))))))",
"return Optional.empty().orElseGet(() -> {\n"
+ " return 1\n"
+ "})");
assertToString(
"(SSource (SReturn (PCallInvoke (PCallInvoke (EStatic Optional) empty) orElseGet (Args "
"(SClass (SReturn (PCallInvoke (PCallInvoke (EStatic Optional) empty) orElseGet (Args "
+ "(ELambda (SReturn (ENumeric 1)))))))",
"return Optional.empty().orElseGet(() -> 1)");
assertToString(
"(SSource (SReturn (PCallInvoke (PCallInvoke (PCallInvoke (EListInit (ENumeric 1) (ENumeric 2) (ENumeric 3)) stream) "
"(SClass (SReturn (PCallInvoke (PCallInvoke (PCallInvoke (EListInit (ENumeric 1) (ENumeric 2) (ENumeric 3)) stream) "
+ "mapToInt (Args (ELambda (Pair def x)\n"
+ " (SReturn (EBinary (EVariable x) + (ENumeric 1)))))) sum)))",
"return [1, 2, 3].stream().mapToInt((def x) -> {\n"
+ " return x + 1\n"
+ "}).sum()");
assertToString(
"(SSource (SReturn (PCallInvoke (PCallInvoke (PCallInvoke (EListInit (ENumeric 1) (ENumeric 2) (ENumeric 3)) stream) "
"(SClass (SReturn (PCallInvoke (PCallInvoke (PCallInvoke (EListInit (ENumeric 1) (ENumeric 2) (ENumeric 3)) stream) "
+ "mapToInt (Args (ELambda (Pair null x)\n"
+ " (SReturn (EBinary (EVariable x) + (ENumeric 1)))))) sum)))",
"return [1, 2, 3].stream().mapToInt(x -> x + 1).sum()");
assertToString(
"(SSource (SReturn (PCallInvoke (EListInit (EString 'a') (EString 'b')) sort (Args (ELambda (Pair def a) (Pair def b)\n"
"(SClass (SReturn (PCallInvoke (EListInit (EString 'a') (EString 'b')) sort (Args (ELambda (Pair def a) (Pair def b)\n"
+ " (SReturn (EBinary (PCallInvoke (EVariable a) length) - (PCallInvoke (EVariable b) length))))))))",
"return ['a', 'b'].sort((def a, def b) -> {\n"
+ " return a.length() - b.length()\n"
+ "})");
assertToString(
"(SSource (SReturn (PCallInvoke (EListInit (EString 'a') (EString 'b')) sort (Args (ELambda (Pair null a) (Pair null b)\n"
"(SClass (SReturn (PCallInvoke (EListInit (EString 'a') (EString 'b')) sort (Args (ELambda (Pair null a) (Pair null b)\n"
+ " (SReturn (EBinary (PCallInvoke (EVariable a) length) - (PCallInvoke (EVariable b) length))))))))",
"return ['a', 'b'].sort((a, b) -> a.length() - b.length())");
assertToString(
"(SSource (SReturn (PCallInvoke (EListInit (EString 'a') (EString 'b')) sort (Args (ELambda (Pair def a) (Pair def b)\n"
"(SClass (SReturn (PCallInvoke (EListInit (EString 'a') (EString 'b')) sort (Args (ELambda (Pair def a) (Pair def b)\n"
+ " (SIf (EComp (EVariable a) < (EVariable b)) (SBlock "
+ "(SReturn (EBinary (PCallInvoke (EVariable a) length) - (PCallInvoke (EVariable b) length)))))\n"
+ " (SReturn (ENumeric 1)))))))",
@ -270,85 +270,85 @@ public class NodeToStringTests extends ESTestCase {
}
public void testEListInit() {
assertToString("(SSource (SReturn (EListInit (ENumeric 1) (ENumeric 2) (EString 'cat') (EString 'dog') (ENewObj Object))))",
assertToString("(SClass (SReturn (EListInit (ENumeric 1) (ENumeric 2) (EString 'cat') (EString 'dog') (ENewObj Object))))",
"return [1, 2, 'cat', 'dog', new Object()]");
assertToString("(SSource (SReturn (EListInit)))", "return []");
assertToString("(SClass (SReturn (EListInit)))", "return []");
}
public void testEMapInit() {
assertToString("(SSource (SReturn (EMapInit "
assertToString("(SClass (SReturn (EMapInit "
+ "(Pair (EString 'a') (ENumeric 1)) "
+ "(Pair (EString 'b') (ENumeric 3)) "
+ "(Pair (ENumeric 12) (ENewObj Object)))))",
"return ['a': 1, 'b': 3, 12: new Object()]");
assertToString("(SSource (SReturn (EMapInit)))", "return [:]");
assertToString("(SClass (SReturn (EMapInit)))", "return [:]");
}
public void testENewArray() {
assertToString("(SSource (SReturn (ENewArray int[] dims (Args (ENumeric 10)))))", "return new int[10]");
assertToString("(SSource (SReturn (ENewArray int[][][] dims (Args (ENumeric 10) (ENumeric 4) (ENumeric 5)))))",
assertToString("(SClass (SReturn (ENewArray int[] dims (Args (ENumeric 10)))))", "return new int[10]");
assertToString("(SClass (SReturn (ENewArray int[][][] dims (Args (ENumeric 10) (ENumeric 4) (ENumeric 5)))))",
"return new int[10][4][5]");
assertToString("(SSource (SReturn (ENewArray int[] init (Args (ENumeric 1) (ENumeric 2) (ENumeric 3)))))",
assertToString("(SClass (SReturn (ENewArray int[] init (Args (ENumeric 1) (ENumeric 2) (ENumeric 3)))))",
"return new int[] {1, 2, 3}");
assertToString("(SSource (SReturn (ENewArray def[] init (Args (ENumeric 1) (ENumeric 2) (EString 'bird')))))",
assertToString("(SClass (SReturn (ENewArray def[] init (Args (ENumeric 1) (ENumeric 2) (EString 'bird')))))",
"return new def[] {1, 2, 'bird'}");
}
public void testENewObj() {
assertToString("(SSource (SReturn (ENewObj Object)))", "return new Object()");
assertToString("(SSource (SReturn (ENewObj DateTimeException (Args (EString 'test')))))", "return new DateTimeException('test')");
assertToString("(SClass (SReturn (ENewObj Object)))", "return new Object()");
assertToString("(SClass (SReturn (ENewObj DateTimeException (Args (EString 'test')))))", "return new DateTimeException('test')");
}
public void testENull() {
assertToString("(SSource (SReturn (ENull)))", "return null");
assertToString("(SClass (SReturn (ENull)))", "return null");
}
public void testENumeric() {
assertToString("(SSource (SReturn (ENumeric 1)))", "return 1");
assertToString("(SSource (SReturn (ENumeric 114121d)))", "return 114121d");
assertToString("(SSource (SReturn (ENumeric 114134f)))", "return 114134f");
assertToString("(SSource (SReturn (ENumeric 114121D)))", "return 114121D");
assertToString("(SSource (SReturn (ENumeric 111234F)))", "return 111234F");
assertToString("(SSource (SReturn (ENumeric 774121l)))", "return 774121l");
assertToString("(SSource (SReturn (ENumeric 881234L)))", "return 881234L");
assertToString("(SClass (SReturn (ENumeric 1)))", "return 1");
assertToString("(SClass (SReturn (ENumeric 114121d)))", "return 114121d");
assertToString("(SClass (SReturn (ENumeric 114134f)))", "return 114134f");
assertToString("(SClass (SReturn (ENumeric 114121D)))", "return 114121D");
assertToString("(SClass (SReturn (ENumeric 111234F)))", "return 111234F");
assertToString("(SClass (SReturn (ENumeric 774121l)))", "return 774121l");
assertToString("(SClass (SReturn (ENumeric 881234L)))", "return 881234L");
assertToString("(SSource (SReturn (ENumeric 1 16)))", "return 0x1");
assertToString("(SSource (SReturn (ENumeric 774121l 16)))", "return 0x774121l");
assertToString("(SSource (SReturn (ENumeric 881234L 16)))", "return 0x881234L");
assertToString("(SClass (SReturn (ENumeric 1 16)))", "return 0x1");
assertToString("(SClass (SReturn (ENumeric 774121l 16)))", "return 0x774121l");
assertToString("(SClass (SReturn (ENumeric 881234L 16)))", "return 0x881234L");
assertToString("(SSource (SReturn (ENumeric 1 8)))", "return 01");
assertToString("(SSource (SReturn (ENumeric 774121l 8)))", "return 0774121l");
assertToString("(SSource (SReturn (ENumeric 441234L 8)))", "return 0441234L");
assertToString("(SClass (SReturn (ENumeric 1 8)))", "return 01");
assertToString("(SClass (SReturn (ENumeric 774121l 8)))", "return 0774121l");
assertToString("(SClass (SReturn (ENumeric 441234L 8)))", "return 0441234L");
}
public void testERegex() {
assertToString("(SSource (SReturn (ERegex /foo/)))", "return /foo/");
assertToString("(SSource (SReturn (ERegex /foo/ cix)))", "return /foo/cix");
assertToString("(SSource (SReturn (ERegex /foo/ cix)))", "return /foo/xci");
assertToString("(SClass (SReturn (ERegex /foo/)))", "return /foo/");
assertToString("(SClass (SReturn (ERegex /foo/ cix)))", "return /foo/cix");
assertToString("(SClass (SReturn (ERegex /foo/ cix)))", "return /foo/xci");
}
public void testEStatic() {
assertToString("(SSource (SReturn (PCallInvoke (EStatic Optional) empty)))", "return Optional.empty()");
assertToString("(SClass (SReturn (PCallInvoke (EStatic Optional) empty)))", "return Optional.empty()");
}
public void testEString() {
assertToString("(SSource (SReturn (EString 'foo')))", "return 'foo'");
assertToString("(SSource (SReturn (EString ' oo')))", "return ' oo'");
assertToString("(SSource (SReturn (EString 'fo ')))", "return 'fo '");
assertToString("(SSource (SReturn (EString ' o ')))", "return ' o '");
assertToString("(SClass (SReturn (EString 'foo')))", "return 'foo'");
assertToString("(SClass (SReturn (EString ' oo')))", "return ' oo'");
assertToString("(SClass (SReturn (EString 'fo ')))", "return 'fo '");
assertToString("(SClass (SReturn (EString ' o ')))", "return ' o '");
}
public void testEUnary() {
assertToString("(SSource (SReturn (EUnary ! (EBoolean true))))", "return !true");
assertToString("(SSource (SReturn (EUnary ~ (ENumeric 1))))", "return ~1");
assertToString("(SSource (SReturn (EUnary + (ENumeric 1))))", "return +1");
assertToString("(SSource (SReturn (EUnary - (ENumeric 1))))", "return -(1)");
assertToString("(SClass (SReturn (EUnary ! (EBoolean true))))", "return !true");
assertToString("(SClass (SReturn (EUnary ~ (ENumeric 1))))", "return ~1");
assertToString("(SClass (SReturn (EUnary + (ENumeric 1))))", "return +1");
assertToString("(SClass (SReturn (EUnary - (ENumeric 1))))", "return -(1)");
}
public void testEVariable() {
assertToString("(SSource (SReturn (EVariable params)))", "return params");
assertToString("(SClass (SReturn (EVariable params)))", "return params");
assertToString(
"(SSource\n"
"(SClass\n"
+ " (SDeclBlock (SDeclaration def a (ENumeric 1)))\n"
+ " (SReturn (EVariable a)))",
"def a = 1;\n"
@ -356,29 +356,29 @@ public class NodeToStringTests extends ESTestCase {
}
public void testPBrace() {
assertToString("(SSource (SReturn (PBrace (PField (EVariable params) a) (ENumeric 10))))", "return params.a[10]");
assertToString("(SSource (SReturn (PBrace (EVariable params) (EString 'a'))))", "return params['a']");
assertToString("(SClass (SReturn (PBrace (PField (EVariable params) a) (ENumeric 10))))", "return params.a[10]");
assertToString("(SClass (SReturn (PBrace (EVariable params) (EString 'a'))))", "return params['a']");
}
public void testPCallInvoke() {
assertToString("(SSource (SReturn (PCallInvoke (EStatic Optional) empty)))", "return Optional.empty()");
assertToString("(SSource (SReturn (PCallInvoke (EStatic Optional) of (Args (ENumeric 1)))))", "return Optional.of(1)");
assertToString("(SSource (SReturn (PCallInvoke (EStatic Objects) equals (Args (ENumeric 1) (ENumeric 2)))))",
assertToString("(SClass (SReturn (PCallInvoke (EStatic Optional) empty)))", "return Optional.empty()");
assertToString("(SClass (SReturn (PCallInvoke (EStatic Optional) of (Args (ENumeric 1)))))", "return Optional.of(1)");
assertToString("(SClass (SReturn (PCallInvoke (EStatic Objects) equals (Args (ENumeric 1) (ENumeric 2)))))",
"return Objects.equals(1, 2)");
assertToString("(SSource (SReturn (PCallInvoke (EVariable params) equals (Args (ENumeric 1)))))", "return params.equals(1)");
assertToString("(SClass (SReturn (PCallInvoke (EVariable params) equals (Args (ENumeric 1)))))", "return params.equals(1)");
}
public void testPField() {
assertToString("(SSource (SReturn (PField (EVariable params) a)))", "return params.a");
assertToString("(SSource (SReturn (PField nullSafe (EVariable params) a)))", "return params?.a");
assertToString("(SClass (SReturn (PField (EVariable params) a)))", "return params.a");
assertToString("(SClass (SReturn (PField nullSafe (EVariable params) a)))", "return params?.a");
assertToString(
"(SSource\n"
"(SClass\n"
+ " (SDeclBlock (SDeclaration int[] a (ENewArray int[] dims (Args (ENumeric 10)))))\n"
+ " (SReturn (PField (EVariable a) length)))",
"int[] a = new int[10];\n"
+ "return a.length");
assertToString(
"(SSource\n"
"(SClass\n"
+ " (SDeclBlock (SDeclaration org.elasticsearch.painless.FeatureTestObject a"
+ " (ENewObj org.elasticsearch.painless.FeatureTestObject)))\n"
+ " (SExpression (EAssignment (PField (EVariable a) x) = (ENumeric 10)))\n"
@ -510,7 +510,7 @@ public class NodeToStringTests extends ESTestCase {
public void testSBreak() {
assertToString(
"(SSource\n"
"(SClass\n"
+ " (SDeclBlock (SDeclaration int itr (ENumeric 2)))\n"
+ " (SDeclBlock (SDeclaration int a (ENumeric 1)))\n"
+ " (SDeclBlock (SDeclaration int b (ENumeric 1)))\n"
@ -538,7 +538,7 @@ public class NodeToStringTests extends ESTestCase {
public void testSContinue() {
assertToString(
"(SSource\n"
"(SClass\n"
+ " (SDeclBlock (SDeclaration int itr (ENumeric 2)))\n"
+ " (SDeclBlock (SDeclaration int a (ENumeric 1)))\n"
+ " (SDeclBlock (SDeclaration int b (ENumeric 1)))\n"
@ -566,7 +566,7 @@ public class NodeToStringTests extends ESTestCase {
public void testSDeclBlock() {
assertToString(
"(SSource\n"
"(SClass\n"
+ " (SDeclBlock (SDeclaration def a))\n"
+ " (SExpression (EAssignment (EVariable a) = (ENumeric 10)))\n"
+ " (SReturn (EVariable a)))",
@ -574,13 +574,13 @@ public class NodeToStringTests extends ESTestCase {
+ "a = 10;\n"
+ "return a");
assertToString(
"(SSource\n"
"(SClass\n"
+ " (SDeclBlock (SDeclaration def a (ENumeric 10)))\n"
+ " (SReturn (EVariable a)))",
"def a = 10;\n"
+ "return a");
assertToString(
"(SSource\n"
"(SClass\n"
+ " (SDeclBlock\n"
+ " (SDeclaration def a)\n"
+ " (SDeclaration def b)\n"
@ -589,7 +589,7 @@ public class NodeToStringTests extends ESTestCase {
"def a, b, c;\n"
+ "return a");
assertToString(
"(SSource\n"
"(SClass\n"
+ " (SDeclBlock\n"
+ " (SDeclaration def a (ENumeric 10))\n"
+ " (SDeclaration def b (ENumeric 20))\n"
@ -598,7 +598,7 @@ public class NodeToStringTests extends ESTestCase {
"def a = 10, b = 20, c = 100;\n"
+ "return a");
assertToString(
"(SSource\n"
"(SClass\n"
+ " (SDeclBlock\n"
+ " (SDeclaration def a (ENumeric 10))\n"
+ " (SDeclaration def b)\n"
@ -607,7 +607,7 @@ public class NodeToStringTests extends ESTestCase {
"def a = 10, b, c = 100;\n"
+ "return a");
assertToString(
"(SSource\n"
"(SClass\n"
+ " (SIf (PField (EVariable params) a) (SBlock\n"
+ " (SDeclBlock\n"
+ " (SDeclaration def a (ENumeric 10))\n"
@ -624,7 +624,7 @@ public class NodeToStringTests extends ESTestCase {
public void testSDo() {
assertToString(
"(SSource\n"
"(SClass\n"
+ " (SDeclBlock (SDeclaration int itr (ENumeric 2)))\n"
+ " (SDeclBlock (SDeclaration int a (ENumeric 1)))\n"
+ " (SDeclBlock (SDeclaration int b (ENumeric 1)))\n"
@ -648,7 +648,7 @@ public class NodeToStringTests extends ESTestCase {
public void testSEach() {
assertToString(
"(SSource\n"
"(SClass\n"
+ " (SDeclBlock (SDeclaration int l (ENumeric 0)))\n"
+ " (SEach String s (EListInit (EString 'cat') (EString 'dog') (EString 'chicken')) (SBlock "
+ "(SExpression (EAssignment (EVariable l) += (PCallInvoke (EVariable s) length)))))\n"
@ -659,7 +659,7 @@ public class NodeToStringTests extends ESTestCase {
+ "}\n"
+ "return l");
assertToString(
"(SSource\n"
"(SClass\n"
+ " (SDeclBlock (SDeclaration int l (ENumeric 0)))\n"
+ " (SEach String s (EListInit (EString 'cat') (EString 'dog') (EString 'chicken')) (SBlock\n"
+ " (SDeclBlock (SDeclaration String s2 (EBinary (EString 'dire ') + (EVariable s))))\n"
@ -675,7 +675,7 @@ public class NodeToStringTests extends ESTestCase {
public void testSFor() {
assertToString(
"(SSource\n"
"(SClass\n"
+ " (SDeclBlock (SDeclaration int sum (ENumeric 0)))\n"
+ " (SFor\n"
+ " (SDeclBlock (SDeclaration int i (ENumeric 0)))\n"
@ -689,7 +689,7 @@ public class NodeToStringTests extends ESTestCase {
+ "}\n"
+ "return sum");
assertToString(
"(SSource\n"
"(SClass\n"
+ " (SDeclBlock (SDeclaration int sum (ENumeric 0)))\n"
+ " (SFor\n"
+ " (SDeclBlock (SDeclaration int i (ENumeric 0)))\n"
@ -712,12 +712,12 @@ public class NodeToStringTests extends ESTestCase {
public void testSIf() {
assertToString(
"(SSource (SIf (PField (EVariable param) a) (SBlock (SReturn (EBoolean true)))))",
"(SClass (SIf (PField (EVariable param) a) (SBlock (SReturn (EBoolean true)))))",
"if (param.a) {\n"
+ " return true\n"
+"}");
assertToString(
"(SSource (SIf (PField (EVariable param) a) (SBlock\n"
"(SClass (SIf (PField (EVariable param) a) (SBlock\n"
+ " (SIf (PField (EVariable param) b) (SBlock (SReturn (EBoolean true))))\n"
+ " (SReturn (EBoolean false)))))",
"if (param.a) {\n"
@ -730,7 +730,7 @@ public class NodeToStringTests extends ESTestCase {
public void testSIfElse() {
assertToString(
"(SSource (SIfElse (PField (EVariable param) a)\n"
"(SClass (SIfElse (PField (EVariable param) a)\n"
+ " (SBlock (SReturn (EBoolean true)))\n"
+ " (SBlock (SReturn (EBoolean false)))))",
"if (param.a) {\n"
@ -739,7 +739,7 @@ public class NodeToStringTests extends ESTestCase {
+ " return false\n"
+ "}");
assertToString(
"(SSource\n"
"(SClass\n"
+ " (SDeclBlock (SDeclaration int i (ENumeric 0)))\n"
+ " (SIfElse (PField (EVariable param) a)\n"
+ " (SBlock (SIfElse (PField (EVariable param) b)\n"
@ -783,12 +783,12 @@ public class NodeToStringTests extends ESTestCase {
}
public void testSThrow() {
assertToString("(SSource (SThrow (ENewObj RuntimeException)))", "throw new RuntimeException()");
assertToString("(SClass (SThrow (ENewObj RuntimeException)))", "throw new RuntimeException()");
}
public void testSWhile() {
assertToString(
"(SSource\n"
"(SClass\n"
+ " (SDeclBlock (SDeclaration int i (ENumeric 0)))\n"
+ " (SWhile (EComp (EVariable i) < (ENumeric 10)) (SBlock (SExpression (EAssignment (EVariable i) ++ post))))\n"
+ " (SReturn (EVariable i)))",
@ -801,7 +801,7 @@ public class NodeToStringTests extends ESTestCase {
public void testSFunction() {
assertToString(
"(SSource\n"
"(SClass\n"
+ " (SFunction def a\n"
+ " (SReturn (EBoolean true)))\n"
+ " (SReturn (EBoolean true)))",
@ -810,7 +810,7 @@ public class NodeToStringTests extends ESTestCase {
+ "}\n"
+ "return true");
assertToString(
"(SSource\n"
"(SClass\n"
+ " (SFunction def a (Args (Pair int i) (Pair int j))\n"
+ " (SReturn (EBoolean true)))\n"
+ " (SReturn (EBoolean true)))",
@ -819,7 +819,7 @@ public class NodeToStringTests extends ESTestCase {
+ "}\n"
+ "return true");
assertToString(
"(SSource\n"
"(SClass\n"
+ " (SFunction def a (Args (Pair int i) (Pair int j))\n"
+ " (SIf (EComp (EVariable i) < (EVariable j)) (SBlock (SReturn (EBoolean true))))\n"
+ " (SDeclBlock (SDeclaration int k (EBinary (EVariable i) + (EVariable j))))\n"
@ -834,7 +834,7 @@ public class NodeToStringTests extends ESTestCase {
+ "}\n"
+ "return true");
assertToString(
"(SSource\n"
"(SClass\n"
+ " (SFunction def a\n"
+ " (SReturn (EBoolean true)))\n"
+ " (SFunction def b\n"
@ -851,7 +851,7 @@ public class NodeToStringTests extends ESTestCase {
public void testSTryAndSCatch() {
assertToString(
"(SSource (STry (SBlock (SReturn (ENumeric 1)))\n"
"(SClass (STry (SBlock (SReturn (ENumeric 1)))\n"
+ " (SCatch Exception e (SBlock (SReturn (ENumeric 2))))))",
"try {\n"
+ " return 1\n"
@ -859,7 +859,7 @@ public class NodeToStringTests extends ESTestCase {
+ " return 2\n"
+ "}");
assertToString(
"(SSource (STry (SBlock\n"
"(SClass (STry (SBlock\n"
+ " (SDeclBlock (SDeclaration int i (ENumeric 1)))\n"
+ " (SReturn (ENumeric 1)))\n"
+ " (SCatch Exception e (SBlock (SReturn (ENumeric 2))))))",
@ -870,7 +870,7 @@ public class NodeToStringTests extends ESTestCase {
+ " return 2\n"
+ "}");
assertToString(
"(SSource (STry (SBlock (SReturn (ENumeric 1)))\n"
"(SClass (STry (SBlock (SReturn (ENumeric 1)))\n"
+ " (SCatch Exception e (SBlock\n"
+ " (SDeclBlock (SDeclaration int i (ENumeric 1)))\n"
+ " (SReturn (ENumeric 2))))))",
@ -881,7 +881,7 @@ public class NodeToStringTests extends ESTestCase {
+ " return 2\n"
+ "}");
assertToString(
"(SSource (STry (SBlock (SReturn (ENumeric 1)))\n"
"(SClass (STry (SBlock (SReturn (ENumeric 1)))\n"
+ " (SCatch NullPointerException e (SBlock (SReturn (ENumeric 2))))\n"
+ " (SCatch Exception e (SBlock (SReturn (ENumeric 3))))))",
"try {\n"
@ -905,7 +905,7 @@ public class NodeToStringTests extends ESTestCase {
assertEquals(expected, walk(code).toString());
}
private SSource walk(String code) {
private SClass walk(String code) {
ScriptClassInfo scriptClassInfo = new ScriptClassInfo(painlessLookup, PainlessTestScript.class);
CompilerSettings compilerSettings = new CompilerSettings();
compilerSettings.setRegexesEnabled(true);